Optimik

Optimik is specialized software for cutting planning of materials such as boards, metals, and glass. The solution is designed for furniture manufacturers, carpentry workshops, and industrial processing companies that require maximizing raw material utilization.

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• Cutting plan editor. Main tool for designing part layouts on raw materials. Allows manual adjustment of component positions, setting safety margins, and real-time visualization of cutting schemes with graphical representation.
• Automatic optimization engine. Algorithm that calculates the most efficient arrangement of parts to minimize waste. Analyzes complex geometries, considers material constraints, and suggests multiple comparable cutting variants using efficiency metrics.
• Advanced grouping mode. Functionality to organize components by production criteria. Classifies identical parts, groups by specific projects, and prioritizes critical items. Includes filters by dimensions, materials, and delivery dates.
• Export to CNC. Generates files compatible with numerical control machines in industry-standard formats. Configures technical parameters such as feed rate, cutting sequence, and anchor position. Supports customizable post-processors.
• Guided cutting assistant. Interactive system that supervises the physical manufacturing process. Displays step-by-step instructions for operators, including cutting order, part identification, and measurement verification. Reduces errors in manual production.
• Automatic edge processing module. Calculates beveling and edge finishing requirements. Determines total profile lengths, suggests application patterns, and optimizes consumption of reinforcement materials. Compatible with banding systems and decorative veneers.
• Intelligent stock management. Records raw material inventory with complete technical specifications. Controls batch-based stock, stores consumption history, and proposes optimal combinations between available materials and production requirements.
• Utilization reports. Detailed technical documentation on material usage percentages. Generates comparative statistics between projects, calculates waste costs, and establishes historical efficiency ratios for continuous improvement analysis.
• Production interface. Screens adapted to factory environments with clear visualization of work orders. Shows enlargeable cutting layouts, numbered part lists, and identification codes compatible with traceability systems.
• Multi-layer configuration. Support for composite materials and stratified cuts. Allows defining pass sequences, adjusting parameters by tool type, and programming automatic tool changes on machines equipped with tool changers.

The software was created in 2008 by engineers specialized in industrial manufacturing processes. The first version was developed in C++ to leverage low-level computing capabilities. In 2015 they migrated to a .NET architecture with WPF for the graphical interface, keeping optimization cores in native C++. They currently use proprietary algorithms based on adaptive metaheuristics that evolve through machine learning. The company has offices in Germany and Spain, with a development team that updates the product with semi-annual release cycles.

Alternatives to Optimik:

CutLogic 1D

CutLogic 1D is linear cutting optimization software that calculates efficient cutting layouts for linear materials.

Price: Free   Size: 14.8 MB   Version: 5.7.2   OS: Windows